Electricity production from a magnetic field.

In summary, the person is asking if it is possible to recharge a device by converting the magnetic field produced by electricity flow through any random wire. They need an in-depth answer to figure out the process, as this is for an important exhibition. There may be a problem with coupling to the wire pair, but tapping a small amount of power from a 15-2 Romex-type power wire pair may be possible. The person also asks for clarification on how much energy is needed.
  • #1
Anirudhs
1
0
Is it possible to recharge a device, say of 15-2by converting the magnetic field is produced by electricity flow through any random wire anywhere?

This is for an important exhibition and so i request an in depth answer which helps me figure out the hows and whats...
thanx
 
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  • #2
Anirudhs said:
Is it possible to recharge a device, say of 15-2by converting the magnetic field is produced by electricity flow through any random wire anywhere?

This is for an important exhibition and so i request an in depth answer which helps me figure out the hows and whats...
thanx

If it is a "random wire" where you are paying the electricity bill yourself for the power being transmitted through the wire pair, then it should be okay.

You are left with the problem of how to couple well to the wire pair, since power wire pairs are generally spaced closely together to minimize the stray magnetic field that is produced. The 15-2 Romex-type power wire pair has a spacing that is fairly close together. You could clamp onto the 15-2 and tap a small amount of power, though. How much energy do you need?
 

FAQ: Electricity production from a magnetic field.

How is electricity produced from a magnetic field?

Electricity is produced from a magnetic field through a process called electromagnetic induction. This occurs when a conductor (such as a wire) moves through a magnetic field, causing the electrons in the conductor to move and generate an electric current.

What is the role of a magnetic field in electricity production?

The magnetic field is crucial in electricity production as it is responsible for inducing the movement of electrons in a conductor. Without a magnetic field, there would be no current generated.

Can any magnetic field be used to produce electricity?

Technically, any magnetic field can be used to produce electricity through electromagnetic induction. However, the strength of the magnetic field and the speed of the conductor moving through it will affect the amount of electricity that can be produced.

What are some common sources of magnetic fields used for electricity production?

Some common sources of magnetic fields used for electricity production include electromagnets, permanent magnets, and natural magnetic fields from the Earth's poles. Generators and turbines also use magnetic fields to produce electricity.

Is electricity production from a magnetic field a sustainable source of energy?

Electricity production from a magnetic field can be considered a sustainable source of energy as it does not require any fuel or produce any emissions. However, the materials used to create magnets and generators may have environmental impacts during production and disposal.

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